Heat transfer in internal cooling channels of gas turbine blades: buoyancy and density ratio effects
MS Saravani, NJ DiPasquale… - Journal of …, 2019 - asmedigitalcollection.asme.org
The present work investigates the effects of buoyancy and wall heating condition on the
thermal performance of a rotating two-pass square channel with smooth walls. The U-bend …
thermal performance of a rotating two-pass square channel with smooth walls. The U-bend …
Wave propagation in an unbounded magneto-thermoelastic rotating medium permeated by a heat source
N Gangopadhyaya, A Lahiri… - Journal of Heat …, 2019 - asmedigitalcollection.asme.org
Matrix method of solution is applied to determine generalized thermoelastic wave
propagation in an unbounded medium due to periodically varying heat source under the …
propagation in an unbounded medium due to periodically varying heat source under the …
Investigation of Heat Transfer in Stationary and Rotating U-Duct Passage Representing Internal Cooling of Gas Turbine Blade Channel
M Sheikhzad Saravani - 2020 - dc.uwm.edu
Gas turbines are used in various systems, including in power plants, marine, and aircraft
propulsion engines. The airflow in gas turbines can reach temperatures as high as 2000 K …
propulsion engines. The airflow in gas turbines can reach temperatures as high as 2000 K …
Investigation of Heat Transfer in Stationary and Rotating U-Duct Passage Representing Internal Cooling of Gas Turbine Blade Channel
MS Saravani - 2020 - search.proquest.com
Gas turbines are used in various systems, including in power plants, marine, and aircraft
propulsion engines. The airflow in gas turbines can reach temperatures as high as 2000 K …
propulsion engines. The airflow in gas turbines can reach temperatures as high as 2000 K …